def loadfpring(self):
date = os.getcwd().split('/')[-1]
self.getFitsHeader()
fits = "mbxpP%s%04d.fits" % (date, self.filenumber)
if self.flatnumber != 0:
flat = "mbxpP%s%04d.fits" % (date, self.flatnumber)
else:
flat="/home/ccd/erc/FP_utils/DefaultNeFlat.fits"
ffits='f'+fits
fpfile='p'+ffits
maskedfile='m'+fpfile
if (not os.path.isfile(maskedfile)):
saltflat(fits,ffits,'',flat, clobber='yes',verbose='no')
saltfpprep(ffits,fpfile,'',clobber='yes',verbose='no')
saltfpmask(fpfile,maskedfile,'',axc=798*4/self.xbin,ayc=503*4/self.ybin,arad=450*4/self.xbin,clobber='yes', verbose='no')
self.good, self.rsq, self.prof, self.fit, self.pars = fit_rings(maskedfile)
self.resid = self.prof - self.fit
self.rms = self.resid.std()
self.saveFitToFile()
return
def loadfpring(self):
date = os.getcwd().split('/')[-1]
self.getFitsHeader()
fits = "mbxpP%s%04d.fits" % (date, self.filenumber)
if self.flatnumber != 0:
flat = "mbxpP%s%04d.fits" % (date, self.flatnumber)
else:
flat = "/home/ccd/erc/FP_utils/DefaultNeFlat.fits"
ffits = 'f' + fits
fpfile = 'p' + ffits
maskedfile = 'm' + fpfile
if (not os.path.isfile(maskedfile)):
saltflat(fits, ffits, '', flat, clobber='yes', verbose='no')
saltfpprep(ffits, fpfile, '', clobber='yes', verbose='no')
saltfpmask(fpfile,
maskedfile,
'',
axc=798 * 4 / self.xbin,
ayc=503 * 4 / self.ybin,
arad=450 * 4 / self.xbin,
clobber='yes',
verbose='no')
self.good, self.rsq, self.prof, self.fit, self.pars = fit_rings(
maskedfile)
self.resid = self.prof - self.fit
self.rms = self.resid.std()
self.saveFitToFile()
return
date = os.getcwd().split('/')[-1]
fits = "mbxgpP%s%04d.fits" % (date, filenum)
flat = "mbxgpP%s%04d.fits" % (date, flatnum)
ffits='f'+fits
fpfile='p'+ffits
maskedfile='m'+fpfile
if (not os.path.isfile(maskedfile)):
saltflat(fits,ffits,'',flat, clobber='yes',verbose='no')
saltfpprep(ffits,fpfile,'',clobber='yes',verbose='no')
saltfpmask(fpfile,maskedfile,'',axc=798,ayc=503,arad=450,clobber='yes', verbose='no')
good, rsq, prof, fit, pars = fit_rings(maskedfile)
resid = prof - fit
rms = resid.std()
hdu = pyfits.open(fits)
(data, header) = (hdu[0].data, hdu[0].header)
etalon = int(header['ET-STATE'].split()[3])
hetalon_x = "ET%dX" % etalon
hetalon_y = "ET%dY" % etalon
hetalon_z = "ET%dZ" % etalon
exit()
date = os.getcwd().split('/')[-1]
fits = "mbxgpP%s%04d.fits" % (date, filenum)
flat = "mbxgpP%s%04d.fits" % (date, 22)
ffits='f'+fits
print flat
saltflat(fits,ffits,'',flat, clobber='yes',verbose='no')
fpfile='p'+ffits
saltfpprep(ffits,fpfile,'',clobber='yes',verbose='no')
maskedfile='m'+fpfile
saltfpmask(fpfile,maskedfile,'',axc=798,ayc=503,arad=450,clobber='yes', verbose='no')
good, rsq, prof, fit, pars = fit_rings(maskedfile)
resid = prof - fit
rms = resid.std()
print "\tR = %.3f, Amp = %.3f, RMS = %.3f, Gamma = %.3f, FWHM = %.3f" % \
(pars['R'][0],
pars['Amplitude'][0],
rms,
pars['Gamma'][0],
pars['FWHM'][0])
pl.figure()
pl.subplot(211)
pl.plot(rsq, prof, label="Profile")
pl.plot(rsq, fit, label="Fit")
pl.legend(bbox_to_anchor=(0., 1.02, 1., .102), loc=3,